Clearing alarms, Alarm descriptions, Clearing alarms -4 alarm descriptions -4 – Rockwell Automation 20L, LPM20 PowerFlex 700 Active Converter Power Module User Manual

Page 64

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4-4

Troubleshooting

PowerFlex 700L Active Converter Power Module User Manual

Publication PFLEX-UM002D-EN-P

Table 4.B Fault Cross Reference – By Number

Clearing Alarms

Alarms are automatically cleared when the condition that caused the alarm
is no longer present.

Alarm Descriptions

All Active Converter alarms are configurable using parameter 260 - [Alarm
Config]. The status of the alarms can be viewed using parameter 211 -
[Alarm Status].

Table 4.C Alarm Descriptions for Parameter 211 - [Alarm Status] Bits

No.

(1)

Fault

No.

(1)

Fault

No.

(1)

Fault

No.

(1)

Fault

1

HW Over Current

22

PS2 DSAT Phase T

43

Ac Sync Low Freq

66

PS1 Fan Loss

2

HW Over Voltage

23

PS2 Over Current

44

Ac Sync High Freq

67

PS1 Reactor Temp

3

HW Ground Fault

24

PS2 Over Voltage

45

Ac Sync Conflict

68

PS2 Fan Loss

4

HW Disabled

25

PS2 Asym DC Link

46

PWM Sync Lost

69

PS2 Reactor Temp

5

HW Latch Error

26

PS2 Power Supply

50

Ac Low Voltage

70

FiltCap Contactr

6

Precharge Open

27

PS2 HW Disable

51

Ac High Voltage

71

Port 1 Adapter

7

Precharge Closed

28

PS2 Latch Error

52

Ac Low Frequency

72

Port 2 Adapter

8

DPI Mstr ComLoss

30

PwrBd Incompat

53

Ac HighFrequency

73

Port 3 Adapter

9

Inverter Flt

31

PB Ver Corrupted

54

Ac High dFdt

74

Port 4 Adapter

10

PS1 DSAT Phase R

32

Default Corruptd

55

Ac I Imbalance

75

Port 5 Adapter

11

PS1 DSAT Phase S

33

Rating Corrupted

56

Ac V Imbalance

76

Port 6 Adapter

12

PS1 DSAT Phase T

34

New ControlBoard

57

DcLink Low Volt

81

Port 1 DPI Loss

13

PS1 Over Current

35

Elapsed CheckSum

58

Ride Thru Expire

82

Port 2 DPI Loss

14

PS1 Over Voltage

36

Param CheckSum

59

Ride Thru Expire

83

Port 3 DPI Loss

15

PS1 Asym DC Link

37

Param CheckSum B

60

IT Over Load

84

Port 4 DPI Loss

16

PS1 Power Supply

38

Param CheckSum W

61

Ambnt Over Temp

85

Port 5 DPI Loss

17

PS1 HW Disable

39

Param CheckSum L

62

Base Over Temp

86

Port 6 DPI Loss

18

PS1 Latch Error

40

Ac Line Lost

63

Junct Over Temp

20

PS2 DSAT Phase R

41

Ac Phase Lost

64

Ntc Range Low

21

PS2 DSAT Phase S

42

Ac Sync Low Vac

65

Ntc Range High

(1)

Fault numbers not listed are reserved for future use.

Bit Bit Definition

Description

0

Ac Low Volt

Bit 0 is set when the average AC Line Voltage is less than the limit in parameter 112 - [Low Vac Lmt].

1

Ac High Volt

Bit 1 is set when the average AC Line Voltage exceeds the limit in parameter 114 - [High Vac Lmt].

2

Ac Low Freq

Bit 2 is set when the AC Line Frequency is less than the limit in parameter 131 - [AC Low Freq Lmt].

3

Ac High Freq

Bit 3 is set when the AC Line Frequency exceeds the limit in parameter 133 - [AC High Freq Lmt].

4

Ac High dFdt

Bit 4 is set when the AC Line Frequency is changing faster than the limit in parameter 135 - [AC Maximum dF/dt].

5

I Imbalance

Bit 5 is set when the phase current imbalance exceeds the limit in parameter 103 - [I Imbalance Lmt].

6

V Imbalance

Bit 6 is set when the phase voltage imbalance is greater than the limit in parameter 116 - [V Imbalance Lmt].

7

IT Overload

Bit 7 is set when the Overload counter is greater than 90%.

8

Ambient Temp

Bit 8 is set when the ambient temperature exceeds the limit in parameter 120 - [Ambnt Temp Alrm].

9

Base Temp

Bit 9 is set when the IGBT base temperature exceeds the limit in parameter 122 - [Base Temp Alrm].

10

Junction Temp

Bit 10 is set when the IGBT junction temperature exceeds the limit in parameter 124 - [Junct Temp Alrm].

11

Coldplate Temp

Bit 11 is set when the coldplate temperature is less than the limit in parameter 126 - [CldPlt Temp Alrm].

12

PWM SyncLoss

Bit 12 is set when PWM carrier synchronization is lost.

13

Reserved

14

Reserved

15

Start Inhibit

Bit 15 is set when one or more start inhibits are present.

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